Finite element analysis of the stationary power-law Stokes equations driven by friction boundary conditions.
Jules K. DjokoMohamed MbehouPublished in: J. Num. Math. (2015)
Keyphrases
- finite element analysis
- boundary conditions
- power law
- finite element model
- boundary value problem
- friction coefficient
- navier stokes equations
- scale free
- finite element
- small world
- sufficient conditions
- mechanical properties
- computer aided design
- stress distribution
- long range correlations
- material properties
- poisson equation
- shape from shading
- finite element method
- mathematical model
- power law distribution
- using artificial neural networks
- spline interpolation
- numerical solution
- clustering coefficient
- differential equations
- evolutionary algorithm
- random graphs
- numerical methods
- simulated annealing